1) Inverted arch
反底拱
1.
The support capability of inverted arch is analyzed .
0倍;最后,进行了反底拱支护能力的力学分析。
2) inverted-arch floor
反拱底板
1.
Experimental investigation of strengthening technology of underwater inverted-arch floor in tide-resistant sluice;
挡潮闸水下反拱底板的加固技术试验研究
3) counter-arched slab
反拱型底板
1.
The stability of counter-arched slab is the key to energy dissipation and erosion control.
反拱型底板的稳定性是实现消能防冲的关键所在,为了研究反拱型底板块各体型参数对其稳定性的影响,结合某高拱坝水垫塘反拱型底板稳定性的实验研究,采用有限元数学模型及局部稳定性力学模型,从反拱水垫塘底板的圆心角、板块厚度、板块尺度和锚固水平等几个方面分析了底板稳定性与其体型的关系。
2.
The stability of counter-arched slab is the key to success or failure of energy dissipation,as its stress procedure is considerably nonlinear.
反拱型底板的稳定性是实现消能防冲的关键所在,其受力过程表现为一种高度的非线性。
4) counter-arched base plate
反拱形底板
1.
Experimental study on thrust at springer of counter-arched base plate in cushion pool;
水垫塘反拱形底板拱端推力的试验研究
6) Camber
[英]['kæmbə(r)] [美]['kæmbɚ]
反拱
1.
Based on the theory of shrinkage and creep, research on long-term horizontal deformation and long-term camber of prestressed transferring beam is presented.
根据收缩、徐变理论对预应力转换层大梁进行了长期水平变形和长期反拱的分析,并与现场实测的数据进行比较,得出这类工程设计及施工的一些建议。
补充资料:把拱
1.尚未成材的树木。喻小的才能。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条